MIRAGE 1.0: A Key Entry Scheme Resilient to Shoulder Surfing

Abstract

level authentication systems are widely being used in many ATMs (automatic teller machine).To be more illustrative they are now crust of the security systems in many military agencies. It is very often noticed that, a combination of biometric and key login or a combination of token and a key are widely accepted authentication systems. Besides the problem of high faulty recognition, biometric suffers from a backdrop of high cost and slow authentication process. Like many of our valuable possessions tokens like magnetic cards are highly prone to theft and duplication. Traditional key entry schemes are very much vulnerable to peeping and shoulder surfing attacks. Furthermore, with the advancement of technology many other fake login schemes like dictionary attacks or key logging have become a major security concern. In this paper we propose pattern based key entry scheme, Mirage 1.0, which would not only withstand peeping and shoulder-surfing attacks but also would be resilient towards dictionary attacks and key logging schemes.